The course will offer a broad survey of both historical and modern topics in
biophysics including fluid mechanics, thermodynamics, bioenergetics,
electrophysiology, information theory, and the -omics revolution. Basic
quantitative concepts of dimensional analysis, scaling, and statistics will be
emphasized. Each topic will also include articles from the literature which
will be used for critical discussion. 3hrs, 3cr.
Pre-requisite PHYS 110,120 (This course is NOT calculus based)
This
course explores the basic principles of thermodynamics and statistical
mechanics with examples from chemistry and biology. Focus will be on
the molecular forces that drive chemical kinetics, chemical equilibria,
solvation, and phase transitions. 4hrs, 4cr.
Pre-requisite PHYS 110,120 or PHYS111,121 and Math 150 (This course IS calculus based)
A
comprehensive introduction to the interface between physics and biology
and the application of the techniques of physics to understanding
biological systems, focusing on developing and understanding of the
thermodynamics of living systems, on the physical kinematics of
macromolecules and other biological structures and on the theory of
physical techniques that are used in the study of biological systems.
4hrs, 4 cr.
Pre-requisites MATH 150 (Calculus I), PHYS 110/120 or PHYS111/121 series, AND at least one of the following:
PHYS 283 Fundamentals of Biophysics
Biol 300 Biological Chemistry
Chem 376 Biochemistry I
Chem 350 Biophysical Chemistry
Phys 336 Thermodynamics
(The catalog prerequisites are PHYS 336(or PHYS337),
BIOL 300, CHEM 376)
|